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This assignment is dedicated to that under-appreciated element, Hydrogen. It’s the most common element in the universe, and constantly gets pushed around by oxygen, carbon, and all the other elements that would like to “borrow” an electron for a while. But you are able to read this (and lament the challenge of a homework assignment) because of hydrogen, or more specifically the energy production it enables.

Your task is to create a "Common Craft" style video or claymation video that describes the adventure of Henry Hydrogen as he takes a journey from being part of a water molecule in a cloud, to being incorporated into a glucose molecule, transferred to the muscle cell of some animal, and ultimately becoming part of a water molecule in a cloud again.

To create your story work first on Photosynthesis. A great idea would be to use Play Doh, paper cut outs, and white boards as manipulatives. Use the whiteboards as backgrounds / templates. For example, don't create thylakoids out of Play-doh, but instead draw them on a white board and then create and manipulate compounds and elements.
  • Create a consistent scheme (ex. ATP and ADP show difference in phosphate)
  • Rehearse, Rehearse, Rehearse
  • Film and stitch together using imovie or moviemaker.


Click Here to see examples of "Common Craft" videos and a tutorial of how to make one (works great for claymation with Play-doh as well).

Click Here to see the 2010/2011 videos

Scoring:

Below is a list of important "characters" and processes to include, showing that you understand their significance and role:

For Photosynthesis: 30 points
Hydrogen
Water
CO2 and O2
ATP (ADP)
Glucose
RuBP
ATP Synthase
NADP+ (NADPH)
Electron Transport Chain (how electrons pull H’s to create H gradient
Oxidation / Reduction events
(p.161 Campbell)
Photosystems
Calvin Cycle
An accounting of how many NADPH and ATP are required for one Glucose
PGal
Thylakoids




Repeate the process described above for Respiration - Both movies will be stitched together for a final production

For Respiration: 30 points
Hydrogen
Water
CO2 and O2
ATP (ADP)
Pyruvate
Acetyl Coenzyme A
Cytochrome Complex
FAD (FADH2)
Glucose
Glycoysis (p.166 Campbell)
ATP Synthase
NAD+ (NADH)
Citric Acid cycle
Oxidation / Reduction events
Electron Transport Chain (how electrons pull H’s to create H gradient
An accounting of how many NADPH FADH2 and ATP are produced by one Glucose